SUMIF for first 5 cells meeting criteria, with moving window - arrays
I am looking to find a formula that calculates the cumulative points a team has for its last 5 games (so the first 5 games would have no values) in the last column. So it should return a number between 0 and 15. In the image below you can see an extract of the dataset. The range can also not continue to move down because then for the last 4 games, only the last 4, 3, 2, 1 game points would be added (hope I did not confuse you more).
I have tried to use SUMIF, SUMIFS with relative row numbers in the cell address within a function but sadly, that did not help. I also looked at SUMIF for first 5 cells meeting criteria but that did not make me any wiser.
Link to the full dataset: https://www.dropbox.com/scl/fi/thu7f8ajsz9g8wtfo9q2w/Data.xlsx?dl=0&rlkey=aq8d7xi4zyg7hvkophsrhswpi
Does anyone know how to do this?
FTHG = Full-Time Home Goals
FTAG = Full-Time Away Goals
FTR = Full-Time Result
PH = Points Home
PA = Points Away
Not sure I really get what you want, but I have used two vlookup's to collect PH and PA and add them using a list of unique names from column A.
Here is the formula as text:
=IFERROR(VLOOKUP(J4,$A$4:$H$20,6,0),0)+IFERROR(VLOOKUP(J4,$B$4:$H$20,6,0),0)
Given your original table and assuming that for any particular row, you are interested in the five games above that row (played by the same home team), you can use:
=LET(x,FILTER(G2:$G$2, B2:$B$2=B2),IF(COUNT(x)>=5,SUM(INDEX(x,SEQUENCE(5))),0))
You can see the first NON-ZERO result is in Row 65
Related
Excel: Need to Generate IDs based on multiple criteria with repeating IDs
Looking to create pricing groups bases on multiple criteria. Each group could have multiple items within the group. I'm struggling with the autocreation the naming of each group. I estimate there should be about 6.5K pricing groups out of 14K items. Below is the criteria - QTY per case - is the number of bottles in a case Size - size of the bottle Family Brand - contains a group of like items Code - CS1 - This is my unique code for each group that contains each of the above and lowest possible case price. enter image description here The "Thinking" column is how I want each group to look, but how do I do this with 14K items quickly?
If I understood correctly your pricing group name consists of two parts: a simple combination of columns and a "special" column, that should be counted. Part 1 is simple: =C2&"-"&B2&"-"&A1&"-" To make Part 2 easier you could sort, sorting fields Part 1, CODE-CS1. After have done this you could use helping columns. If Part 1 is in column x and code-CS1 in column y you could find a formula for Part 2 (column z): ="T"&IF(X1=X2;IF(Y1=Y2;Z1;Z1+1);1) That means: If Part 1 is changing your counter starts with T1, if not so if your CODE CS1 changes, it counts, if not, so it keeps last number. the result code would be =X2&Z2 It is untested and I use german excel, maybe the code doesn't work without any adaption, but in general it should work
How to multiply values within a nested array...times values in an another array (in Google Sheets)?
This is hard to explain so my title sucks, and is just my best guess at how I might be able to approach this. I have a Google Sheet of sales data for cases of various bottle sizes of kombucha. Column E is the sale date, Column G contains the item code, and column J is the quantity sold of said cases. See my (vastly simplified) sample data:
https://docs.google.com/spreadsheets/d/17-LzGrNJtBr-FwOZtdaoCws3ayeGOHu_TdtGOfXj4cA/edit?usp=sharing
See my current test code below (also present in the Formula tab of the linked spreadsheet). It successfully gives me the combined number of cases sold of half-liter bottles and Growlers. The values in E4 and E5 are cells containing my start and end dates, respectively, so I'm constraining the results only to those which fall within a certain date range.
This code works, but now I need to figure out a way to sum the total number of bottles sold instead of # of cases. The data set is already massive and pushing the limits of google sheets, so adding a column to the source data sheet with # of bottles per case is not an option. Half liter cases hold 13 bottles, and growlers hold 5. Is there any way to do this with my current approach, using another array perhaps? Or any other approach that keeps the formula as simple as possible?
FYI the current formula is a proof of concept and I will be adding many additional types of cases to the existing formula, each containing a different number of bottles per case, and using it as part of a larger dynamic formula that allows you to switch between showing # cases vs # bottles vs # of actual liters sold, so this is why I am hoping to find an array-based approach that will let me do this without needing to resort to an absurdly long and complex formula of nested IF statements.
=SUMPRODUCT(--((XeroInvoiceData!$E$3:$E>=B4)*(XeroInvoiceData!$E$3:$E<=B5)), (--(ISNUMBER(MATCH(XeroInvoiceData!$G$3:$G, {"HalfLiterCase","GrowlerCase"}, 0)))), XeroInvoiceData!$J$3:$J)
I would be eternally grateful for any assistance.
Here is my solution:
https://docs.google.com/spreadsheets/d/1ig0krumJu4Lj9-nIKJyRfPLTYbU-mzOL0JokRUDEqNc/edit?usp=sharing
My idea was to filter your table on date and sum by the type of container.
I wanted also to allow new types of containers that contain smaller units (bottles or liters).
I divided this job into 3 stages.
First we have to filter this table according to selected dates and container types.
I prepared a list that may be extended (all you need is to extend the filter range).
Then I have to vlookup values of units in each container and I try to do it inside the same formula.
General idea is
={[query results],arrayformula(ifna(vlookup([first column of query],$C$21:$D$26,2,0)*[second column of query])}
I divide it into 2 stages.
First stage referrs to query results in adjacent table:
Second stage uses indexes of query so formula is quite long:
Tell me if it solves your problem.
How many trucks came empty but bought something
I think this is the hardest to date I have had to crack - so hard I had a hard time finding a good headline. So we have a site where trucks come and buy say Gravel, or sand or other building materials. Sometimes they also unload demolition waste first. I need to find out a couple of things how many trucks (and from what companys) came empty if they came empty what did they buy from us. what companys are sending full trucks and what are sending empty trucks. a tope 10 of materials they will drive to us from to buy even when coming empty to our facility. a list of all the order numbers that they drove to us til fill and came with empty trucks. ( I have distances linked to order numbers, so now I can estimate the value of our products) The data I have available: I have a full data set of when what customer buys what and / or pay to deliver. E.G.: I can see the parts I need to split the data into I think it should be something like this find all unique licence plates somehow map if they bought materials within 30 minutes of offloading demolition waste (most trucks will come between 2 and 10 times per day) Present all this data (on a normal day we have about 800 trucks = 2000 lines since they weigh in, weigh out, and then some buy something = 2 more weigh lines) I can easily find unique licence plates per day (either by formula or by Excel function Data/delete doublets, but after that I have no clue where to start. I think I need some sheets in between, where I somehow mark if a material was bought from an "empty truck" and I need a counter for that .. somehow... Any help on how to get started is appreciated.
It seems like the best way to start is with a helper column (in the following exampes, I have chosen "Column M") to flag whether the truck arrived empty.
In the helper column, you can use something similar to the following formula.
{=IF(ISBLANK(B2),0,IF(C2="In",0,IF(B2=$B$2:$B$13,IF($C$2:$C$13="In",IF($A$2:$A$13>(A2-TIME(0,30,0)),0,1),1),1)))}
This is an array formula, which means you have to press ctrl+shift+enter after pasting it in the cell. Then you can copy that cell down the column.
Just to explain, the first if statement knows the truck is not arriving empty if Column C is 'In'. The second if statement creates an array and tests to see if other the same truck appears in other rows. The third if statement checks to see if the same truck checked 'In' in the matching rows, and the fourth if statement verifies if the time they checked in was less than thirty minutes ago. You can adjust the length by editing the TIME(0,30,0) function. The format is TIME(hours,minuites,seconds). Unless the truck matches all three of the second, third and fourth if statements, it is marked as coming empty.
Once you have this helper column, just about all of your tasks are quite simple.
1a: How many trucks came empty? Sum Column M
1b: How many trucks from what company? Create a unique list of companies. Then create a COUNTIFS formula based on Column M = 1 and Column K = Company. For example, if C32 had Company B then the formula =COUNTIFS($M$2:$M$13,1,$K$2:$K$13,C32) would return 2
1c: How many times did a truck come empty? Similar to 1b, create a unique list of License Plates, then use a COUNTIFS based on Column M = 1 and Column B = License Plate.
2: Similar to 1b, just use a unique list of products tested against Column F
3: Similar to 1b, just create a second column, next to the first that uses =COUNTIFS($M$2:$M$13,0,$K$2:$K$13,C53,$C$2:$C$13,"In") Which tests that Column M reports the truck did not come empty, that matches the company in Column K and that the truck came 'In' so you don't double count the same truck when it goes 'out'
4: Just sort list created by number 2. You can highlight the range, right-click and select "Sort" > "Custom Sort", then select the column you want to sort on and largest to smallest.
5: There are a couple of different ways, you could do this. The formula
{=TEXTJOIN(", ",TRUE,IF($M$2:$M$13=1,$J$2:$J$13,""))}
(again, entered as an array formula)
would create a comma separated list of order numbers. An alternative if you want a column of order numbers (but would only work if they are actually numbers), is to paste the formula {=MAX(IF($M$2:$M$13=1,$J$2:$J$13,))} in the first row of the column (in my example, its O2) and then {=MAX(IF($M$2:$M$13=1,IF($J$2:$J$13<O2,$J$2:$J$13,)))} in the row below (change the reference to O2 if you pasted it in a different spot)(again, note that both of these are array formulas). Then copy and paste the second formula down the column. When order numbers of trucks that came in empty are exhausted, the formula will report 0.
Return the smallest value from a list, in which only certain values are eligeble - excel
I am having some troubles formulating my problem but I hope you understand! I have a table of firms building production plants in foreign countries in certain years. (Columns A to C). In a seperate table i have so-called cross-national distance measures (based on the difference in gdp of the countries). (Columns G to M). Note that the distances change per year. A simplified version of the excel would look like this: https://new.wu.ac.at/fileadmin/wu/d/i/iib/photo/stack.JPG What I want is a formula for the manually entered results in column D. It shall give me a result which is the following: It shall look in which countries the specific company has previously (years before) built plants It shall find the smallest cross-national distance from the current country to any of the countries previously entered The value should be for the year of the current plant-construction Let me illustrate my request with the example result i would want in cell D8: The formula would have to find a list of countries that were previously entered in this case Turkey and Bulgaria It would then have to into the second table and give me the minimum of the distances from Kosovo but only to Turkey and Bulgaria This would have to be done in the rows for 2008 (current year) I really hope you guys can help me, i figured out a way to find a minimum in a list and i can do it for certain years as well but the issue i am having that excel first needs to find the previously entered countries, memorize them in some kind of array and then use only these countries to consider the minimum distance. Thank you very much!
Try this "array formula" for D2 copied down =IFERROR(SMALL(IF(COUNTIFS(A$2:A$11,A2,B$2:B$11,"<"&B2,C$2:C$11,"<>"&C2,C$2:C$11,I$1:M$1)*(G$2:G$31=B2)*(H$2:H$31=C2),I$2:M$31),1),"N/A") confirmed with CTRL+SHIFT+ENTER That checks three conditions for your larger table - that the header row matches a qualifying country (using COUNTIFS function based on criteria in the small table), that column G matches the current year and column H matches the current country. If all those criteria are satisfied then the relevant values in the table are returned, and SMALL finds the smallest. If there's an error (because there are no qualifying values) then N/A is returned In Excel 2010 or later versions you can use AGGREGATE function instead of SMALL - this is useful because it doesn't require "array entry" =IFERROR(AGGREGATE(15,6,I$2:M$31/(COUNTIFS(A$2:A$11,A2,B$2:B$11,"<"&B2,C$2:C$11,"<>"&C2,C$2:C$11,I$1:M$1)>0)/(G$2:G$31=B2)/(H$2:H$31=C2),1),"N/A")
Building an array of numbers no repeating order doesn't matter (Gaming stats)
So I play heroes of newerth. I have the desire to make a statistical program that shows which team of 5 heroes vs another 5 heroes wins the most. Given there are 85 heroes and games are 85 choose 5 vs 80 choose 5, that's a lot of combinations. Essentially I'm going to take the stats data the game servers allow me to get and just put a 1 in an array which has heroes when they get a win [1,2,3,4,5][6,7,8,9,10][W:1][L:0] So after I parse and build the array from the historical game data, I can put in what 5 heroes I want to see, and I can get back all the relevant game data telling me which 5 hero lineup has won/lost the most. What I need help starting is a simple algorithm to write out my array. Here's similar output I need: (I have simplified this to 1-10, where the code I get I can just change 10 to x for how many heroes there are). [1,2,3,4,5][6,7,8,9,10] [1,2,3,4,6][5,7,8,9,10] [1,2,3,4,7][5,6,8,9,10] [1,2,3,4,8][5,6,7,9,10] [1,2,3,4,9][5,6,7,8,10] [1,2,3,4,10][5,6,7,8,9] [1,2,3,5,6][4,7,8,9,10] [1,2,3,5,7][4,6,8,9,10] [1,2,3,5,8][4,6,7,9,10] [1,2,3,5,9][4,6,7,8,10] [1,2,3,5,10][4,6,7,8,9] [1,2,3,6,7][4,5,8,9,10] [1,2,3,6,8][4,5,7,9,10] [1,2,3,6,9][4,5,7,8,10] [1,2,3,6,10][4,5,7,8,9] [1,2,3,7,8][4,5,6,9,10] [1,2,3,7,9][4,5,6,8,10] [1,2,3,7,10][4,5,6,8,9] [1,2,3,8,9][4,5,6,7,10] [1,2,3,8,10][4,5,6,7,9] [1,2,3,9,10][4,5,6,7,8] [1,2,4,5,6][3,7,8,9,10] [1,2,4,5,7][3,6,8,9,10] [1,2,4,5,8][3,6,7,9,10] [1,2,4,5,9][3,6,7,8,10] [1,2,4,5,10][3,6,7,8,9] [1,2,4,6,7][3,5,8,9,10] [1,2,4,6,8]... [1,2,4,6,9] [1,2,4,6,10] [1,2,4,7,8] [1,2,4,7,9] [1,2,4,7,10] [1,2,4,8,9] [1,2,4,8,10] [1,2,4,9,10] ... You get the Idea. No repeating and order doesn't matter. Its essentially cut in half doesn't matter the order of the arrays either. Just need a list of all the combinations of teams that can be played against each other. EDIT: additional thinking... After quite a bit of thinking. I have come up with some ideas. Instead of writting out the entire array of [85*84*83*82*81][80*79*78*77*76*75] possible combinations of characters, which would have to be made larger for the introduction of of new heroes as to keep the array relevant and constantly updating. To instead when reading from the server parse the information and build the array from there. It would be much simpler to just make an element in the array when one is not found, ei the combinations have never been played before. Then parsing the data would be 1 pass, and build your array as it complies along. Yes it might take a while, but the values that are created will be worth the wait. It can be done over time too. Starting with a small test case say 1000 games and working up the the number of matches that have been played. Another Idea would be to start from our current spot in time and build the data base from there. There is no need to go back to the first games ever played based off the amount of changes that have occurred to heroes over that time frame, but say go back 2-3 months to give it some foundation and reliability of data, and with each passing day only getting more accurate. Example parse and build of the array: get match(x) if length < 15/25, x++; //determine what length matches we want and discredit shorter than 15 for sure. if players != 10, x++; //skip the match because it didn't finish with 10 players. if map != normal_mm_map // rule out non mm games, and mid wars if != mm, rule out custom games //and so forth match_psr = match(x).get(average_psr); match_winner = match(x).get(winner); //Hero ids of winners Wh1 = match.(x).get(winner.player1(hero_id))) Wh2 = match.(x).get(winner.player2(hero_id))) Wh3 = match.(x).get(winner.player3(hero_id))) Wh4 = match.(x).get(winner.player4(hero_id))) Wh5 = match.(x).get(winner.player5(hero_id))) //hero ids of losers Lh1 = match.(x).get(loser.player1(hero_id))) Lh2 = match.(x).get(loser.player2(hero_id))) Lh3 = match.(x).get(loser.player3(hero_id))) Lh4 = match.(x).get(loser.player4(hero_id))) Lh5 = match.(x).get(loser.player5(hero_id))) //some sort of sorting algorithim to put the Wh1-5 in order of hero id from smallest to largest //some sort of sorting algorithim to put the Lh1-5 in order of hero id from smallest to largest if(array([Wh1, Wh2, Wh3, Wh4, Wh5],[Lh1,Lh2,Lh3,Lh4,Lh5],[],[],[],[],[],[],[],[],[]) != null) array([Wh1, Wh2, Wh3, Wh4, Wh5],[Lh1,Lh2,Lh3,Lh4,Lh5],[],[],[],[],[],[],[],[],[]) += array([],[],[1],[][][][](something with psr)[][][[]) else(array.add_element([Wh1, Wh2, Wh3, Wh4, Wh5],[Lh1,Lh2,Lh3,Lh4,Lh5],[1],[][][][](something with psr)[][][[]) Any thoughts?
Encode each actor in the game using a simple scheme 0 ... 84 You can maintain a 2D matrix of 85*85 actors in the game. Initialize each entry in this array to zero. Now use just the upper triangular portion of your matrix. So, for any two players P1,P2 you have a unique entry in the array, say array[small(p1,p2)][big(p1,p2)]. array(p1,p2) signifies how much p1 won against p2. You event loop can be like this : For each stat like H=(H1,H2,H3,H4,H5) won against L=(L1,L2,L3,L4,L5) do For each tuple in H*L (h,l) do if h<l increment array[h][l] by one else decrement array[l][h] by one Now, at the end of this loop, you have an aggregate information about players information against each other. Next step is an interesting optimization problem. wrong approach : select 5 fields in this matrix such that no two field's row and column are same and the summation of their absolute values is maximum. I think you can get good optimization algorithms for this problem. Here, we will calculate five tuples (h1,l1), (h2,l2), (h3,l3) ... where h1 wins against l1 is maximized but you still did not see it l1 is good against h2. The easier and correct options is to use brute force on the set of (85*84)C5 tuples.